ALIS - Airside Cloud

Airside Cloud is the Data Analytics platform of ADB SAFEGATE that connects our products , applications and services together. When we create a link between ALIS and a device in the field it’s done so through the Airside Cloud platform which has built-in security measures, data storage, aggregation and standardisation.

Depending on the connected equipment we can visualise the connected device is different ways with different workflows in ALIS. You can find the Airside Cloud connected devices here.

ALIS Connect

ALIS Connect is a cutting-edge AMS-SaaS solution tailored specifically for the airside services designed to elevate airport maintenance operations. You can add comprehensive monitoring and alerting of airside connected equipment (eg. AXON EQ, PAPI, CCR, etc.) via the ADB Safegate Airside Cloud Platform. Serving as the primary interface of the Airside Cloud, ALIS Connect manages asset management, monitoring and alerting. Its web and mobile applications ensure you stay informed and connected, anywhere you are.

Visual Asset management: A unique approach in digital twin asset management with a focus for airside operations.
Remote Monitoring: Utilize IoT sensors to monitor LED PAPI system status and performance in near real-time, reducing the need for on-site inspections.
Automated Alerts: Receive proactive notifications and real-time alerts for irregularities, enabling swift decision-making on maintenance and potential issues.
Mobile App Integration: Access performance data and conduct system health checks from mobile devices, ensuring timely alerts and quick response.
Enhanced Analytics: Advanced analytics help identify trends, predict maintenance needs, and improve overall PAPI system management.
Robust Cybersecurity: Employ industry-leading security measures to safeguard the device systems and the platform from potential cyber threats.

Connnected Devices

LINC Node PAPI

ADB SAFEGATE proudly presents the Connected LED-PAPI as part of its Airside 4.0 strategy, an innovative solution designed to revolutionize the maintenance and operation of the LED Precision Approach Path Indicator (PAPI) systems. Leveraging the power of our Airside Cloud platform hosted on Microsoft Azure, the Connected LED-PAPI offers unparalleled remote monitoring capabilities for ensuring enhanced safety and efficiency.

Automated Angle Verification and Weather Impact: Connected PAPI systems automate calibration, enhancing safety and reducing risks by decreasing manual checks, especially beneficial in adverse weather by providing real-time environmental data.
Component Maintenance and Runway Downtime: Preventive alerts from Connected PAPI for component wear reduce unexpected maintenance and costs, while also minimizing runway downtime due to less need for physical calibration and checks.
Safety and Compliance: Automated data logging by Connected PAPI supports compliance with safety regulations, streamlining documentation efforts.
Technician Expertise and Access Issues: Simplifying maintenance through Connected PAPI reduces the necessity for highly skilled technicians and mitigates challenges related to maintaining hard-to-reach installations by enabling remote monitoring.

LINC Node is a gateway to extract locally available information from intelligent airfield ground lighting devices and present it to our cloud solution. Innovative cloud solutions allow for instant sharing of airfield ground lighting information, improving the potential to analyze airport infrastructure, historical data, alarms or important status changes. LINC Node provides an interface for airports to consult AGL device information from anywhere at any time on any internet-capable device. It is a way for airports to connect their existing infrastructure and start their Airfield 4.0 journey.
More information on https://adbsafegate.com/what-we-do/airfield/linc-node/

PAPI Dashboard in ALIS

Box Angles

A Relative and absolute view on your Glide and horizontal Angels , making it easy to understand if and how many are out of setpoint alignment!

Historical Trend

Analyzing historical trends in maintenance data through graphs plays a crucial role in optimizing operations and reducing downtime. By examining past equipment failures and repair patterns, airports can identify common causes of breakdowns and implement preventive measures to avoid future occurrences.

Asset Level Details

The map view allows users to closely see the data of an individual connected device in details.

Details & Filters

When an asset is mapped to a connected data device , the fitting visualisation will appear in the asset details when selected.

The LINC Node provides actionable device data. We can see the isolation resistance of the connected circuit of that asset values in the graph on the right.
Other Regulator details can be seen in the table below.

EFD ( Earth Fault Detection ) values and IRMS ( Insulation Resistance Monitoring System) are similar terms and refer to the Isolation measurement value of the circuit(s) connected to 1 CCR

Within our Filter section you can now filter on Airside Cloud connected data. If an asset has EFD/IRMS data the system will filter for devices that are matching the selected filter.

We have also added an operation status filter to understand if a connected regulator is currently ON or OFF . This value is an indication of the status based on the last data received from the device. This value cannot be used or thrusted in order to perform any life maintenance to a circuit and or light. Always follow your local safety rules in order to lock-out and verify circuit condition

⭐ LINC 360

LINC 360 is ADB SAFEGATE’s most high-performing powerline communication technology. LINC 360 goes beyond classical individual lights control and monitoring systems. It offers a 360-degree, real-time view of the airfield. Besides delivering precise control of individual fixtures, LINC 360 is the communication infrastructure for true two-way data transmittal. By enabling true communication between different airfield assets, LINC 360 boosts situational awareness. Not only does it retrieve the status of individual fixtures, but it also has the data capacity to interface with sensors or transmit larger payloads downstream. Read more

LINC 360 Dashboard in ALIS

Tip: Use this workspace for a better visualisation when you are working with LINC 360

⭐ CCR

Constant Current Regulator (CCR) – it is specially designed to supply power to airport lighting series circuits at various intensity levels. At ADB Safegate, there are 3 models of CCRs that can send data and visualise in ALIS.

CCR Dashboard in ALIS

Advisories for connected devices!

In order to allow for a trigger system from a device that is measuring data that indicates a bad condition of the device or circuit we have added Airside Cloud Adivisories into ALIS. You can find the configuration under Settings-Adivosories.

By using the action cog on the right you can change it’s settings.

Advisory settings for Airside Cloud rules

In this case, whenever there is 1 device where the IRMS will fall below the ALARM threshold ( as set on the CCR device itself) for more than 10 minutes , the advisory will become active.

You can now also choose to have an observation created as a result of this Advisory . The Observations categories can be modified in the ALIS - Observations section. The Observation can then be followed up in the usual way. On special request we can activate a webhook (https://learn.microsoft.com/en-us/microsoftteams/platform/webhooks-and-connectors/how-to/add-incoming-webhook?tabs=dotnet ) In order to have a MS teams message sent to a Channel of choice or have a Jira Servicedesk ticket created.

The Observation method is added in case the Advisory would be removed again as the device does not fall under the activated rule anymore when the isolation measurement value was restored. It also allows for a clear notification trigger for external parties to be informed about the observation when configured as such.